Overwater self-moving oxygenation device

Abstract

The invention discloses an overwater self-moving oxygenation device which structurally comprises an electric motor, a floater, an oxygenation mechanism and a storage battery. The oxygenation mechanismconsists of a storage shell, a net cover body, a transmission shaft, an impeller and a water inlet groove, the electric motor is driven by electric energy provided by the storage battery, the whole device can float on water to move by the floater, and the floater can effectively prevent a protective support ring from being collided or overturned by an anti-collision rubber strip. The impeller anda negative pressure fan are controlled by the transmission shaft to introduce surrounding air into water, so that the oxygen in the water is supplemented, the oxygenation effect is improved, collected garbage is centralized by the storage shell through a storage tank, the sucked water is filtered by the net cover body, and inconvenient cleaning caused by diffusion of some floating garbage in a fishpond is avoided.

Description

technical field [0001] The invention relates to the field of aerators, in particular to a self-moving aerator on water. Background technique [0002] Water is the source of life for human beings. Water can not only be used directly for reference, but many species live directly in water like fish. These aquatic organisms can breathe oxygen directly from the water, so the oxygen content in the water is very important for these species. In the fish ponds for aquatic product cultivation, it is often necessary to increase oxygen to ensure the oxygen content in the water. However, when some aeration devices collide with other objects when moving on the water, they will flip or stop, resulting in a limited range of oxygenation in the water environment, and some floating garbage in the fish pond is diffused, causing inconvenience in cleaning. Contents of the invention [0003] Aiming at the deficiencies of the prior art, the present invention is realized through the following tec...

AI Technical Summary

Problems solved by technology

These aquatic organisms can breathe oxygen directly from the water, so the oxygen content in the water is very important for these species. In the fish ponds for aquatic product cultivation, it is often necessary to increase oxygen to ensure the oxygen content in the water. However, some aeration devices will flip over when they collide with other objects when moving on the water, or they will stop moving, resulting in a limited range of oxygenation in the water environment, and some floating garbage in the fish pond is scattered around, causing inconvenience in cleaning

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